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Booster sets Serie HYDRO
Booster sets Serie HYDRO
The HYDRO series by IDEAL is engineered to deliver pressurized water supply for diverse applications such as residential buildings, hotels, hospitals, factories, and irrigation systems. It integrates the latest technological advancements to ensure adherence to current standards and regulations. The system comprises one or more pumps operating in parallel, with options for fixed or variable speed operation.
The document provides comprehensive technical specifications, including flow rates and pressure requirements for various appliances and configurations. It includes tables detailing the minimum instantaneous flows required for household appliances and the types of supply based on these flows.
The document outlines the selection process for different pump series, including VIP H, VIP V, NX, and NLX. It offers guidance on selecting the appropriate pump based on system requirements and performance criteria.
Various control panels and frequency inverters are discussed, including the HYDRO VAR, MA, MC, and SPEEDVAR series. These components are essential for maintaining constant pressure and ensuring energy efficiency in the system.
The document differentiates between industrial and domestic booster sets, detailing the specific series available for each application. It highlights the features and benefits of each series, such as energy savings and ease of integration into existing systems.
Automatic pressure controllers are described, emphasizing their role in maintaining consistent pressure levels and ensuring reliable system operation. The document discusses different control methods, including electronic devices and pressure switches.
Information on the dimensions and installation requirements for the equipment is provided, ensuring that users can properly integrate the systems into their existing infrastructure.
The HYDRO series offers a comprehensive solution for pressurized water supply, focusing on reliability, efficiency, and compliance with industry standards. The modular design allows for customization to meet specific client needs, making it a versatile choice for various applications.
These high-pressure pumps are designed for 'IN LINE' installation and are suitable for both civil and industrial applications. They can be used in pressure booster units, fire fighting sets, high-pressure cleaning, irrigation, water treatment, and more. The maximum operating temperature for the liquid is 120°C.
The pumps are powered by electric motors operating at 2900 RPM and 50 Hz. They are available in single-phase (230V) and three-phase (230/400V or 400/690V) configurations. The motors have an insulation class of F and IP-55 protection. Mechanical seals can be replaced without removing the motor, except for models 3 and 5.
The control panels are designed for three-phase power supply (230/400V, 50Hz) with power ratings from 1.5 to 40HP. They feature automatic pump switching in case of failure, real-time pressure display, and optional water level control. The system offers competitive advantages such as reduced water hammer and maintenance-free operation due to the absence of contactors and relays.
The panels are constructed with metallic or plastic cabinets, providing IP-54 protection. They include features like star-delta or progressive start, microprocessor control, and various protections against motor overload, phase inversion, and phase imbalance.
The SPEEDVAR system allows for variable speed control of the pumps, with power supply options of 1 230V - 50Hz and 3 400V - 50Hz. The system is equipped with a pressure transducer and dry pump operation alarm, and it can handle a maximum working pressure of 10 bar.
The document outlines the specifications for a pumping system equipped with a frequency inverter. The maximum working pressure is 10 bar, with an adjustable reference pressure between 1 and 6 or 8 bar, depending on the inverter. The system includes a dry pump operation alarm and an internal pressure transducer.
The system can be mounted on a wall (VARIACHE control) or directly on the pump (VARIVIP control) in either horizontal or vertical configurations using a universal support.
The system operates with voltages and powers as specified in the accompanying table. It replaces traditional control systems based on pressure switches and includes a display for pressure visualization, zero flow protection, and overvoltage and overcurrent protection. The system is designed for quiet operation with progressive start-ups and smooth shutdowns, reducing energy consumption by up to 40% and eliminating water hammer effects.
The frequency inverter is compact and designed for controlling pumping equipment at constant pressure. It is suitable for automatic water distribution in large facilities, residential buildings, apartments, housing estates, and hotels. The system can control 1 to 7 pumps, all at variable speed, with a maximum working pressure of 20 bar and an adjustable reference pressure between 0 and 20 bar.
The system includes an alarm for equipment or pump breakdowns, with the possibility of connecting a level switch. An external pressure transducer is not included. The HYDRO series incorporates the latest technical advances in speed variation, optimizing system response to demand variations. It allows for alternation between pumps and includes optional emergency control by pressure switches in case of frequency inverter failure.
The document provides performance data for different configurations, including single, dual, and triple pump setups, with each pump contributing a specific percentage of the rated flow of the equipment.
The document provides technical specifications and operational details for industrial booster sets, specifically focusing on the HYDRO NX and HYDRO NLX series. These booster sets are designed for automatic water pressure supply in large facilities such as buildings, hotels, and irrigation systems.
The document outlines the configurations of booster sets with one, two, or three pumps in service. Each configuration affects the flow rate and operational efficiency. For instance, with three pumps, each contributes 33% of the rated flow, while with two pumps, each provides 50% of the rated flow.
The booster sets include AISI-316 stainless steel pumps, which can operate at fixed or variable speeds. The document specifies power per pump, adjustable stop pressure via a pressure switch, and recommended tank volumes, although tanks are not included.
These booster sets are suitable for automatic water supply in various settings, including large buildings, hotels, and residential blocks. They are also applicable for sprinkler irrigation systems.
The booster sets are available with frequency inverters such as H-Var, H-Var+Rot, and Multimaster, enhancing their operational flexibility.
The document includes detailed tables listing different models of the HYDRO NX and NLX series, specifying parameters like flow rate (M3/H), head (Mts), motor power (KW/HP), and tank volume (Lts).
The document outlines the specifications for various domestic booster sets and hydropneumatic tanks. The maximum operating pressure for the systems is 6 bar. The construction options for the HX-HXD pump include a 24-litre spherical tank with a pressure switch, a 50-litre horizontal tank with a pressure switch, a Flumatic 2 pressure controller without a tank, and a Varivip control with a 5-litre tank.
The systems are designed for water supply and pressurization in homes, buildings, industries, and irrigation, providing a constant pressure supply with varying demand.
The booster sets are composed of 1 or 2 VIPV multistage centrifugal pumps with options for variable speed control using VARIACHE, VARIVIP, or SPEEDVAR frequency inverters, each with a 5-litre tank. They include a pressure transducer and a dry run alarm. Options are available for combinations of variable and fixed speed pumps.
The document provides detailed performance metrics for various models, including flow rates, motor power, and dimensions. For example, the VIPV models range from 1.5 to 3 HP with corresponding flow rates and pressures.
The document describes different types of hydropneumatic tanks, including those with replaceable bladders and galvanized tanks without bladders. Capacities range from 5 to 1000 liters, with maximum pressures of 10 bar.
Pressure controllers manage the operation of electric pumps, starting them when pressure drops due to demand and stopping them when demand ceases. They include safety systems to disconnect the pump in case of water supply failure and do not require air preload.
Detailed dimensions and connection specifications are provided for various models, including horizontal and vertical configurations with or without support.
Catalog excerpts
Equipos de presión Serie HYDRO UNE 166.002 ISO 14001 HYDRO 1022
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Indice / Index Equipos de presion industriales Industrial booster sets Equipements de pression industriels Datos tecnicos Technical data Donnees techniques Pump selection Control panels Serie SPEEDVAR Serie VARIVIP Equipos de presion domesticos Domestic booster sets Equipements de pression domestiques Serie HJET Serie HHX-HHXD Pressure controllers Frequency inverters Serie SPEEDVAR Serie VARIACHE
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Equipos de presion industriales / Industrial booster sets I Equipements de pression industriels segun tablas el resto a todo o nada bomba variada. Equipment that alternating. Possible Energy saving. variee et le reste a tout pompe variee. Economies d'energie. completamente listo para funcionar, sobre bancada Equipment completely selection tables. Equipe totalement pret pressions selon velocidad. Speedvar const ante. with speed regulation. Energy saving. compact avec Speedvar integre dans pression constante. Economies d'energie. velocidad integrada presiones segun tablas with speed regulation...
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Generalidades Introduction Généralités Equipos de presión domésticos / Domestic booster sets / Équipements de pression domestique Control por presostato. Calderín de 24 litros Pressure switch control. 24-litre tank Contrôle par pressostat. Chaudière 24 litres Grupos automáticos VIPH HHX-HHXD HJET Control por presostato. Calderín 50 litros Pressure switch control. 50-litre tank Contrôle par pressostat. Chaudière 50 litres VIPH HHX-HHXD HJET Controladores de presión automáticos Automatic pressure controllers Contrôleurs de pression automatiques VIPH HHX-HHXD HJET Control por VARIVIP VARIVIP control...
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Generalidades Introduction Généralités Los equipos de bombeo IDEAL serie HYDRO, tienen por objeto el suministro de agua a presión en sistemas de abastecimiento, bloques de viviendas, apartamentos, hoteles, hospitales, fábricas, industrias, riego, etc. Ideal Pump’s HYDRO Series is a range of package booster sets which have been designed to provide a pressurized water supply to use in blocks of flats, hotels, hospitals, factories, industries, irrigation systems, etc. Les équipements de pompage IDEAL série HYDRO ont été conçus pour la fourniture d'eau à pression dans des systèmes d'approvisionnement,...
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Datos tecnicos Technical data Donnees techniques Segun las Normas Basicas vigentes, los caudales instantaneos mfnimos en los aparatos Subject to local regulations, the minimum instantaneous flows for household appliances Suivant les Normes bases en vigueur, les debits instantanes minimums sur les appareils domestiques sont: Se entiende por caudal instantaneo porvivienda, Qi, la suma de los caudales instantaneos mfnimos correspondientes a todos los aparatos instalados. Segun el valor de dicho caudal se distinguen los siguientes tipos de suministro: The instantaneous flow per house, Qj, is instantaneous...
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Datos técnicos Technical data Données techniques As all the appliances are not in use at the same time, to calculate the flow, a factor “s” is applied as follows: Pour un calcul individualisé du débit, lorsque tous les appareils ne fonctionnent pas en même temps, on appliquera un coefficient de simultanéité “s” selon le rapport suivant: N = Nav x Nv N = Nav x Nv N = Nav x Nv Nav: nº aparatos / vivienda Nv: nº de viviendas. Nav: nº appliances/dwellings Nv: nº of dwellings. Nav:nombre d'appareils/logements Nv : nombre de logements. El caudal Qe (m3/h) del equipo es: The total flow to the appliances...
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Datos tecnicos Technical data Donnees techniques Las Normas Basicas determinan la capacidad mfnima del deposito acumulador de presion en funcion del tipo y n° de viviendas, teniendo en cuenta un coeficiente K que presentamos en las siguientes tablas. Los volumenes totales membrana seran como mfnimo el resultado de multiplicar los coeficientes adjuntos por el numero Basic or Local Regulations may determine the minimum capacity of the pressure tank. It depends on the type and number of flats or housing units, and takes into account a coefficient K of which the value is given in the following tables....
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Datos técnicos Technical data Données techniques Acumuladores de membrana: Fórmula de cálculo Bladder tanks: Calculation formula Accumulateurs à membrane: Formule de calcul El volumen total de un depósito acumulador de membrana se calcula aplicando la siguiente fórmula: The total volume of a bladder tank is calculated by applying the following formula: Le volume total d'un accumulateur à membrane se calcule en appliquant la formule suivante: V= V= V= Volumen (litros) Volume (litres) Volume (litres) Q = Caudal de una bomba (M3/H) Q = Flow of a pump (M3/H) Q = Débit d'une pompe (M3/H) Pp = Presión...
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NOMENCLATURA / DENOMINATION I NOMENCLATURE - CUADRO DE CONTROL / CONTROL PANEL / PANNEUX DE CONTROLE - MODELO DE BOMBA / PUMP TYPE / MODELE POMPE - SERIE / SERIE / SERIE VIP - NX - NLX - N° DE BOMBAS / NUMBER OF PUMPS / NOMBRE DE POMPES - EQUIPO DE PRESION / BOOSTER SET / EQUIPEMENT DE PRESSION COMPONENTES PRINCIPALES / MAIN COMPONENTS I PRINCIPAUX COMPOSANTS • Pompes multicellulaires series VIP/NX/NLX. Information dans le catalogue respectif de chaque pompe. • Accumulateur selectionnable galvanise ou a • Collecteurs en acier zingue. Autres matieres (inox., cuivre, PVC,...) sur demande. • Ensemble...
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Pump selection BOMBAS HORIZONTALES MULTICELULARES HORIZONTAL MULTISTAGE PUMPS POMPES HORIZONTALES MULTICELLULAIRES Bomba centrifuga multicelular, funcionamiento silencioso, especialmente indicadas para grupos de presion sean regulados por presostatos o variador de velocidad, para abastecimientos civiles, industriales, agrfcolas, riegos por aspersion, equipos contra incendios, etc., y en general para bombeo de aguas limpias. Temperatura maxima del Ifquido: 50° C Multistage centrifugal pump is low noise emission, specially indicated for pressure sets, controlled by pressure switches or also frequency...
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